Investigation of technical characteristics of thermoelectric add-on for pressure jet burners

Abstract

This article is dedicated to problems of simultaneous generating of both thermal and electric power using thermoelectric effect of working pressure jet burner. A pilot plant description, study methods and results of the experiment are given below. Possibility of electric power generating with using thermoelectric add-on for utility pressure jet burners is also displayed below.

Basic Calculation Based on the Direct Conversion of the Heat Into Electricity for Ihp

“…Суботица, СРБИЈА the thermoelectric generator for the circulation pump with a brief description of the work and the processes occurring in it. [2] Thermoelectric generator consists of a thermoelectric block (TEB), co-brane of thermoelectric power units, consisting of zigzag rows of thermionic Converter (TEC) are produced from pairs of the segment-cov, made of different metals M1 and M2 (M1chromel, M2-kopel, connected zigzag, the ends of which are flattened and tightly pressed together and located in the heating and cooling zone, near the outer chrome-Ki and the outer surface of the pipe section. [3] Thermal power plants, in turn, are connected to collectors with the same charges through capacitors, and the thermoelectric unit is equipped with current leads with the same charges connected by electrical wiring to the converter-controller.…”

“…The TEB is mounted on a supply pipeline connected by electrical wiring to an inverter, a battery and a pump motor and consists of two semi-linear housings with longitudinal slits equipped with end rings and longitudinal flanges with fixing holes closing the section of the giving pipeline, with the creation of a gap of width A between the inner surface of the semi-Linders and the outer surface of the section of the pipeline, and longitudinal slits of the semi-cylindrical casings are inserted longitudinal ribs made of a hydro-resistant dielectric material with a high thickness. thermal conductivity, within which zigzag rows of thermal power plants are placed along their entire length [5] [6]. Thermoelectric generator works as follows.…”